The rationale behind computer use with the deaf, its terminology, history, and latest developments are discussed. CAI (computer assisted instruction) is explained, strengths and weaknesses revealed, and the recent literature evaluated. The largest obstacle to large scale successful use of CAI with the deaf is the present lack of suitable,…

Advice on how to find the best software for institutional needs is presented. Purchasing prewritten software, acquiring custom-written software, and improving ready-made software are discussed. Questions to ask before buying software are provided. (MLW)

Provides abstracts of selected papers presented at EdCompCon '84. Topics addressed include: what features educators want in educational software; effects of teaching method on student performance by sex in a computer literacy course; implementation and evaluation of a university microcomputer laboratory; and implementation and evaluation of PLATO…

Reviews pertinent research and suggests theoretical precepts that can serve as guiding principles in making decisions about the design of on-line documentation. (FL)

Discusses the differences between the uses of microcomputers and minicomputers as educational tools. Outlines how a Maryland school district overcame the drawbacks it found in using microcomputers by developing a more comprehensive computer-assisted instruction program using minicomputers. (MD)

Presents biology, chemistry, physics, and health activities, experiments, demonstrations, and computer programs. Includes mechanism of stomatal opening, using aquatic plants to help demonstrate chemical buffering, microbial activity/contamination in milk samples, computer computation of fitness scores, reservoir project, complexes of transition…

Describes a microcomputer-based, multichannel digital data acquisition system for acoustic signals. Hardware and software considerations are included. (JN)

Planning for the Modesto City School's introductory computer education program involved six questions: (1) What should students learn? (2) How should they learn it? (3) How long should/does it take? (4) How well are students learning it? (5) Can we do it better? and (6) Can we do it in less time? (LMO)

The Irvine Unified School District developed a Master Plan and Guide for Computer Utilization, outlining major goals in microcomputer and mainframe computer use. Educational objectives were identified, and a three-year staff development plan was implemented. (LMO)

Raises several major concerns of educators in the adoption of interactive video for instructional purposes. Identifies a number of useful sources of information for those who want to address these concerns. (FL)

The article analyzes computer software for learning disabled students in the areas of language arts, math, social studies, science, and miscellaneous skills (such as reasoning and problem solving). Software is evaluated in terms of general aspects (including reading and interest level methodology, curricular considerations, and student-computer…

This examination of ways to use general-purpose commercial software to assist in the management of library media centers focuses on database management programs, word processing, authoring systems, and calculator (spreadsheet) programs. System requirements and purchasing information for representative programs (address, price) are provided. Six…

Outlines research conducted at Brigham Young University to identify effective, efficient computer-based drill and practice instructional strategies for teaching paired associate or multiple discrimination tasks. A sophisticated computer-based drill and practice is contrasted with a simple flashcard strategy. Research supporting the sophisticated…

Describes five criteria for computer literacy. Explains need for computer literacy in rural schools. Notes teachers' apparent resistance to learning about computers. Describes a study of attitudes of 119 teachers and prospective rural teachers toward and their awareness of computer applications. Makes recommendations regarding computer education…

Presents background information and the listing for a LOGO computer program which investigates an ancient mathematical riddle (related to the square root of seventeen). The simulation, written for Apple II microcomputers, can be easily adapted to other microcomputers. (JN)